SDI Permite Amalgam Capsules exemplify precision and reliability in dental restorations, providing practitioners with a high-quality amalgam material for restorative procedures. Developed by SDI, these capsules encapsulate a time-tested amalgam alloy, ensuring durable and long-lasting restorations.
SDI Permite Amalgam Capsules - 2 Spills
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Key Features:
High-Quality Amalgam Alloy Composition: Permite Amalgam Capsules contain a high-quality amalgam alloy, carefully formulated for optimal strength, durability, and adaptability. This amalgam composition ensures reliable performance in restorative applications.
Convenient Capsule Delivery System: The amalgam material is conveniently encapsulated in single-dose capsules, streamlining the dispensing process. This delivery system enhances accuracy, simplifies handling, and minimizes the potential for contamination during the restorative procedure.
Versatile Application for Various Restorations: Permite Amalgam is designed for versatile application in various restorations, including posterior restorations, core build-ups, and other dental procedures. This adaptability makes it a valuable choice for practitioners seeking a reliable and multipurpose restorative material.
Benefits:
Reliable Strength and Durability: The high-quality amalgam alloy in Permite Capsules ensures reliable strength and durability in restorations. This characteristic is essential for achieving long-lasting results and optimal functionality in dental restorative work.
Accurate Dosage with Capsule System: The capsule delivery system allows for accurate dosage of the amalgam material, promoting consistency in mixing and dispensing. This feature simplifies the restorative procedure, reduces waste, and ensures precise application.
Versatility for a Range of Restorations: Permite Amalgam's versatility makes it suitable for a range of restorations, offering practitioners flexibility in treatment planning. Whether used for posterior restorations or core build-ups, this amalgam material provides reliable and adaptable performance.